There are two forces responsible for radioactivity: the Strong nuclear force and the Weak nuclear force.
fission bomb no, fusion bomb yes.
It is the process of Radioactivity.
The atomic number is responsible for determining the element.
The atomic number is the same for all isotopes.
No, since uranium in a radioactive element, it stores Nuclear energy.Actually metallic uranium stores lots of chemical energy and can burn violently. Finely divided metallic uranium is even pyrophoric (it will ignite on exposure to air).
Simply to put it Yes. Atomic Bombs is a form as Nuclear bomb and Nuclear products/elements such as Uranium 235 (a material used in a atomic bomb) emits radioactive particles. Radioactivity Particles = radioactivity.
Nuclear Physics & the study of the phenomena of radioactivity.
USA
The strong nuclear force keeps the atomic nucleus together. Since protons all have the same charge they would repel one another and the nucleus would fly apart without the strong force. The weak force also acts on the atomic nucleus and is involved in radioactive decay and is responsible for radioactivity.
This process through which unstable nuclei emit radiation is called radioactive decay. It also is called nuclear decay, and it is a natural process in which an atom of an isotope decomposes into a new element.
Yes, they can all be connected. These disparate events are all nuclear events. They involve changes in the nuclei of atoms, and that's what connects them. Radioactivity is the "breakdown" of an unstable atomic nucleus. Nuclear reactions come in different types, but they are all nuclear reactions involving nuclei. Half-life is the term applied to unstable radionuclides to speak to how quickly the nucleus of the different ones will decay. Fission is basically the splitting of an atomic nucleus, while fusion is the fusion of subatomic particles into a new atomic nucleus, or the fusion of atomic nuclei to make a heavier atomic nucleus.
Not all nuclear reactions are spontaneous. These reactions occur when stable isotopes are bombarded with particles such as neutrons. This method of inducing a nuclear reaction to proceed is termed artificial radioactivity. This meant new nuclear reactions, which wouldn't have been viewed spontaneously, could now be observed. Since about 1940, a set of new elements with atomic numbers over 92 (the atomic number of the heaviest naturally occurring element, Uranium) have been artificially made. They are called the transuranium elements.
spontaneous disintegration of atomic nuclei
no
The spontaneous decomposition of unstable atomic nuclei.
radioactivity and atomic structure
Yes, not only radioactivity but the fuel must be fissile. If we happened to live on a much older earth, both nuclear reactors and nuclear bombs would be impossible as the Uranium 235 isotope would have decayed to only trace levels. If we happened to live on a much younger earth, nuclear reactors would occur naturally and spontaneously and you might see radioactive geysers erupting from them near where you live.